Flashing system, apparatus, kit and methodology

ABSTRACT

Systems, components, apparatuses, kits and methodologies of the present invention are directed to techniques that ensure that all deck-to-wall, roof-to-wall and other constructions properly protect the home from the environment, particularly along the wetter coastal regions by forming a layered, waterproof seal of metal, plastic and bitumen. A modularized system of components, that overlap each other either over and or under to create a system that meets the design criteria of critical flashing components, each with waterproofing capability either built-in or applied onsite in use, are employed to cover critical building areas prone to water infiltration and damage.

CROSS REFERENCE TO RELATED APPLICATION

The present invention is a continuation of U.S. patent application Ser.No. 16/678,403, filed Nov. 8, 2019, entitled “FLASHING SYSTEM, APPARATUSAND METHODOLOGY,” now U.S. Pat. No. 11,230,874, and a nonprovisional ofand claims priority to U.S. Provisional Patent Application Ser. No.62/757,351, filed Nov. 8, 2018, entitled “FLASHING SYSTEM ANDAPPARATUS,” the disclosures of which is incorporated herein byreference.

FIELD OF THE INVENTION

The present invention is directed to improvements in the area ofconstruction, such as deck-to-wall, roof-to-wall and other flashinguses.

BACKGROUND OF THE INVENTION

The importance of keeping one's home or business dry is withoutquestion. This consideration is magnified when in a wet environment,such as in a coastal area, where water intrusion is frequent due tohurricanes and other weather phenomena. Home owners, as well as homebuilders, must take extra measures in these situations to protect thehome, as well as commercial properties, from the damaging effects ofmoisture intrusion.

To this day, however, the poor performance of existing flashing and thesubsequent water intrusion are a common problem for all homes, andspecifically coastal homes. Enhanced flashing techniques are, therefore,recommended in those areas that experience frequent high winds anddriving rain.

The deleterious effects of inadequate flashing protection are, ofcourse, bad in other environments too. For example, it should beunderstood that water penetration along deck ledgers can cause wood dryrot and corrosion of the connectors, ultimately leading to deckcollapse. Many other joinder areas present risk as well.

Over the years, various construction codes have been enacted to protecthomeowners. However, due to misinterpretations of roof flashing detailsand accepted testing methods set forth in the American Society ofTesting and Materials' (ASTM) D 1970 specification, and the AmericanArchitectural Manufacturers Association's (AAMA) 711 Code for flashingroof details, this has unfortunately resulted in catastrophic errors inbuilding code installation details and these deficient methods havepropagated through various coastal and other communities. These problemsinclude various means and materials that have, over time, becomeacceptable “Standards and Practices” of installing deck flashing.However, these means and materials are wholly incorrect, and result indirect and indirect moisture and/or water penetration into the housingenvelope, i.e., into the interior portions of a structure.

Indeed, these inaccurately-interpreted rules, methodologies andresulting constructions allow moisture cycling of wood materials,causing structural fatigue and failure, e.g., “Ledger Board Failure,”i.e., the sudden and abrupt failure of the ledger board connection tothe rim joist of the house, e.g., causing a deck to collapse withoutwarning, when in a live or even dead load condition.

Despite these many years of problems, the industry has yet to fix thevarious misinterpretations, and even perpetuates these problems throughpromulgation on the Internet and other forums. What has happened is aform of forced obsolescence, i.e., deck structures that would normallylast 20-30 years or more, now fail at 5 or so years because ofinadequate protections to the critical joinders between the building andattached structure, compromising the structure unnecessarily.

There are, accordingly, current needs to protect homes and otherstructures from these problems, and both educate and protect buildersthat are incorrectly following erroneous guidelines.

There is also a current need for a simple, modularized system for thedeployment of the requisite waterproofing materials and components toprotect homes and other structures from damage due to moisture.

SUMMARY OF THE PRESENT INVENTION

The systems, apparatuses and methodologies of the present invention aredirected to materials, processes and techniques that ensure that allroof-to-wall, deck-to-wall and other constructions properly protect thehome from the environment, particularly along the wetter coastalregions. A modularized system of components, that overlap each othereither over and or under to create a system that meets the designcriteria of critical flashing components, each with waterproofingcapability either built-in or applied onsite in use, are employed tocover critical building areas prone to water infiltration and damage.

BRIEF DESCRIPTION OF THE DRAWINGS

While the specification concludes with claims particularly pointing outand distinctly claiming the subject matter that is regarded as formingthe present invention, it is believed that the invention will be betterunderstood from the following description taken in conjunction with theaccompanying DRAWINGS, where like reference numerals designate likestructural and other elements, in which:

FIG. 1 is a representative isometric view of a component of a flashingsystem according to a first embodiment configuration of the presentinvention, particularly a center shield component;

FIG. 2 is a representative isometric view of another component of aflashing system according to a first embodiment configuration of thepresent invention, particularly an end cap component;

FIG. 3 is a representative isometric view of another component of aflashing system according to a first embodiment configuration of thepresent invention, particularly a joiner component;

FIG. 4 is a representative isometric view of another component of aflashing system according to a first embodiment configuration of thepresent invention, particularly an inside corner component;

FIG. 5 is a representative isometric view of another component of aflashing system according to a first embodiment configuration of thepresent invention, particularly an external corner component;

FIG. 6 is an isometric exemplary view of components of the flashingsystem shown in FIGS. 1-3 in an exemplary configuration being deployed;

FIG. 7 is an isometric exemplary view of components of the flashingsystem shown in FIG. 6 in an exemplary configuration further beingdeployed;

FIG. 8 is an isometric exemplary view of components of the flashingsystem shown in FIGS. 6 and 7 in an exemplary configuration fullydeployed;

FIG. 9 is an isometric exemplary view of components of the flashingsystem shown in FIGS. 1-5 in an exemplary configuration; and

FIG. 10 is a plan view of a roof line of a house, where components ofthe present invention, such as shown in the previous FIGURES may bedeployed.

DETAILED DESCRIPTION OF THE PRESENT INVENTION

The present invention will now be described more fully hereinafter withreference to the accompanying DRAWINGS, in which preferred embodimentsof the invention are shown. It is, of course, understood that thisinvention may, however, be embodied in many different forms and shouldnot be construed as limited to the embodiments set forth herein; rather,these embodiments are provided so that the disclosure will be thoroughand complete, and will fully convey the scope of the invention to thoseskilled in the art. It is, therefore, to be understood that otherembodiments can be utilized and structural changes can be made withoutdeparting from the scope of the present invention.

The present invention is generally directed to an improved systems,apparatuses, components, processes, methodologies and techniques forusage in construction, particularly regarding the employment anddeployment of flashing as a means to control and prevent waterpenetration into a structure, more particularly regarding improvedtechniques and modularized components to facilitate the installment offlashing.

With reference now the Drawings, there are illustrated the variousmanifestations or embodiments of the present invention. As will benoted, the improvements of the present invention over the inadequate andinaccurate prior art involve modularization and the ease ofincorporation of moisture-proofing materials in the process. The variousmodules or components of the assembly or system described herein conjoinin specific ways to implement the purposes of the invention,particularly to protect the home or structure against the effects ofunwanted moisture. Representative modules are shown in FIGS. 1-5.Various usages of the module assemblies are shown in FIGS. 6-10.

With reference now to FIG. 1 of the Drawings, there is illustrated afirst component part of the instant invention, a center shield,generally designated by the reference numeral 100. As shown, the centershield 100 has a ledger portion, generally designated by the referencenumeral 105, the underside of which engages a ledger board (referencenumeral 620 in later Figures). As is known in the art, a ledger board isaffixed to the side of a house or building to provide support foranother structure to be affixed thereto, for example, an adjoining deck.The ledger board is thus securely fastened to the side of the house toprovide the necessary connection support for the new added structures.Unfortunately, there are cracks or holes often formed in thissecurement, rendering the areas affected susceptible to waterinfiltration.

The center shield 100 also has flanges 115 substantially coplanar withthe ledger portion 105 but displaced sufficiently, forming a configuredspace or cavity into which the aforesaid ledger board fits, e.g., thecenter shield 100 is disposed over a ledger board already secured to aside of a house, where the interior surface of the ledger portion 105(the obverse surface not shown) engages the ledger board, i.e., thecenter shield 100 fits over the ledger board, covering it and protectingit from moisture. Alternatively, the center shield 100 can instead befirst secured to the exterior wall (or housing sheath) before theinstallation of the ledger board, and then the ledger board is affixedto the wall, being secured thereto through the center shield 100component. Although the first embodiment above is generally thepreferred one, and described in more detail herein, the alternateembodiment is also contemplated for use in particular instances. Joiningthe ledger portion 105 to the flanges 115 are side portions 110.

With reference now to FIG. 2 of the Drawings, there is illustratedanother component part of the instant modularization invention, an endcap, generally designated by the reference numeral 200. As shown, theend cap 200 has an end ledger portion, generally designated by thereference numeral 205, which is configured to engage a ledger board(reference numeral 620 in later Figures) as described, albeit along theend part of the ledger board. As with the center shield 100, to whichthe end cap 200 is conjoined in installation, the end cap 200 has aflange 215, and side portions 210 joining the end ledger portion 205 andthe flange 215. As noted, a configured space or cavity formed is suchthat the end cap 200 fits, preferably snugly, over an end part of theledger board, protecting it from moisture, particularly the end portionwhich may not be weather treated.

It should be understood that in an alternate configuration the end cap200 can instead be first secured to the exterior wall (or housingsheath) before the installation of the ledger board, and then the ledgerboard is affixed to the wall, being secured thereto through the end cap200.

It should, of course, be understood that the size and dimensions of thecenter shield 100 and the end cap 200 are such that they form a moreunitary structure in appearance, as will be illustrated and described inmore detail hereinbelow. In other words, the components of the instantinvention should be commensurate in dimension for a given use for bothfunctional and aesthetic reasons.

With reference now to FIG. 3 of the Drawings, there is illustratedanother component part of the instant invention, a joiner, generallydesignated by the reference numeral 300. As shown, the joiner 300 has acover portion, generally designated by the reference numeral 305, whichis configured to engage a ledger board (reference numeral 620 in laterFigures), as described. As with the center shield 100 and the end cap200, the joiner 300 has flanges 315 and side portions 310 joining thecover portion 305 and flanges 315. As noted, a configured space orcavity formed is such that the joiner 300 snuggly fits over the ledgerboard. More particularly, the joiner 300 is primarily employed to coverany gap between two other components, such as two center shields 100, asshown in later figures. As such the size and dimensions of the joiner300 are such that it covers both the ledger board and the center shields100 thereon, creating more layers of mechanical and waterproofingprotection to the ledger board underneath.

Alternatively, the joiner 300 can instead be first secured to theexterior wall (or housing sheath) before the installation of the ledgerboard, and then the ledger board is affixed to the wall, being securedthereto through the joiner 300.

Alternatively, the joiner 300 may be employed in the otherconfiguration, i.e., joiner covers two center shields 100 affixed first,covering any gap therebetween. Alternatively, the joiner 300 is firstaffixed to the wall, then two center shields 100, all forming the cavityinto which the ledger board is placed, and then the ledger board issecured, as described. Indeed, the components herein can be employed inover or behind the ledger board configurations, allowing greatflexibility during installation.

With reference now to FIG. 4 of the Drawings, there is illustratedanother component part of the instant invention, an inside corner,generally designated by the reference numeral 400. In variousconfigurations, the present invention may need to be deployed goingaround corners. As shown in FIG. 4, first ledger portion 405 and secondledger portion 406 are configured to respectively receive ledger boardsor other support members in respective spaces or cavities, as discussed.Two such spaces are shown in this figure. Also shown are a first flange415 and a second flange 416 respectively connected to the first/secondledger portions 405/406 by first side portion 410 and second sideportion 411, respectively.

In deployment, the inside corner 400 fits along an interior junction oftwo ledger boards (reference numeral 620 in later Figures), the insidecorner 400 covers the perpendicular ledger boards and providesmechanical protection thereto. Due to waterproofing materials deployedon surfaces of the inside corner (and adhesively secured to the ledgerboards), the inside corner 400 also provides protection against waterpenetration.

It should, of course, be understood that the inside corner 400 isanother modularized component, and can be deployed with the othercomponents described hereinabove and hereinbelow, and interacts withthem to form a larger configuration, as shown herein. Alternatively, theinside corner 400 can instead be first secured to the exterior wall (orhousing sheath) before the installation of the ledger board, and thenthe ledger board is affixed to the wall, being secured thereto throughthe inside corner 400.

With reference now to FIG. 5 of the Drawings, there is illustratedanother component part of the instant invention, an outside corner,generally designated by the reference numeral 500. As with the insidercorner 400, the outside corner 500 can be deployed going around externalcorners. As shown in FIG. 5, first ledger portion 505 and second ledgerportion 506 are configured to respectively receive ledger boards orother support members in the space or cavity, as discussed. Also shownare a first flange 515 and a second flange 516 respectively connected tothe first/second ledger portions 505/506 by first side portion 510 andsecond side portion 511, respectively.

In deployment, the outside corner 500 fits along an exterior junction oftwo ledger boards (reference numeral 620 in later Figures) or otherstructural members, the outside corner 500 covers the ledger boards andprovides mechanical protection thereto. Due to waterproofing materialsdeployed on surfaces of the outside corner 500 (and adhesively securedto the ledger boards), the outside corner 500, as with the inside corner400, also provides protection against water penetration. As noted, theoutside corner 500 may also be conjoined with other components describedherein. Alternatively, as with the inside corner 400, the outside corner500 can instead be first secured to the exterior wall (or housingsheath) before the installation of the ledger board, and then the ledgerboard is affixed to the wall, being secured thereto through the outsidecorner 500.

With reference now to FIG. 6 of the Drawings, there is illustrated anexemplary usage of the present invention, generally designated by thereference numeral 600, employing components shown in FIG. 1-3. Asdescribed, the instant invention can be deployed on an exterior wall ofa house or other structure. In the embodiment shown in FIG. 6, a ledgerboard 620 is secured, e.g., by nails, screws or other means, to a housesheathing, generally designated by the reference numeral 625 over anexterior wall of a structure. The configuration of the present inventionis then deployed over the exposed parts of the ledger board 620,mechanically covering the ledger board, and, due to the waterproofingmaterials, sealing the ledger board 620 from water infiltration.

As shown in FIG. 6, two center shields 100 are shown being secured tothe ledger board 620, with a joiner 300 shown going atop the joining ofthe center shields. It should, of course, be understood that one largecenter shield 100 may instead be employed without the joinder 300 or anumber of smaller center shields 100 with a number of joiners 300covering the intersections of the respective center shields 100. It isunderstood, however, that the more unitary something is, the stronger itis. Thus, wherever possible fewer discrete components should be usedinstead of many, e.g., a longer center shield 100 instead of two centershields 100 with a joiner 300. As mentioned further hereinbelow,dimensions here can extend to 200 feet or more to better have a unitaryconstruction.

As noted, the modularization aspects of the instant invention allows theflexibility of using the appropriate number of components as needed ormore as needed. It should, of course, be understood that the addedlayering formed by the joiner 300 over the center shields 100 providesincreased protection at that spot.

With reference now to FIG. 7 of the Drawings, there is illustratedanother exemplary usage of the present invention, generally designatedby the reference numeral 700, after further deployments from theconfiguration shown in FIG. 6. The house sheathing 625 is shown with abuilding wrap material thereon, generally designated by the referencenumeral 730, and with representative siding, generally designated by thereference numeral 735. It should be understood that most, if not all, ofthe side of a house would be covered by the siding 735, providingmechanical and water-resistance protection against the elements.

In the configuration of FIG. 7, the reason for the ledger board 620 hereis shown, i.e., to provide mechanical and structural support for a deck740. The conjoining of the house and the deck 740 is a problem in thatboth the house, as well as the deck 740, need to be protected againstunwanted moisture accumulation and infiltration, particularly at thesejunctions that are more horizontal, allowing water pooling and unwantedflows toward the house.

Also shown in FIG. 7 are the two center shields 100 now secured to theledger board 620, e.g., by an adhesive described in more detailhereinbelow. As also shown is the joiner 300 being placed over theabutting center shields 100 to provide better protection against theelements, covering any gap between the two center shields 100. Inaddition, to protect the end part of the ledger board 620 an end cap 200is secured thereto. It should be understood that this conjoining betweenthe end cap 200 and the adjacent center shield 100 may be tight enoughto prevent water intrusion, or another joiner 300 may be applied overthe two components, as described, providing more layering against waterpenetration.

Advantages of the instant invention are readily apparent. First thesiding 735, which would cover the entire house sheathing 625, woulddeflect water downward. As shown in FIG. 7, the water would fall or dripdown to the deck, near the area covered by the water-repellingcomponents of the present invention. Thus, the deck 740, which coulddeflect water back to the house, is no longer a problem source for waterinfiltration since any water now deflected to the house would beprevented from entry by the additional mechanical structures coveringthe ledger board 620 with the water-proofing properties of the presentinvention. Now, the presence of cracks or holes in the house sheathing625 are not the cause of leaks due to the inadequate joinders of decks740 or other structures to the wall of the house.

For coastal and windy areas, the protections accorded by the instantinvention are very useful in preventing water damage, particularly alongthe most probable sources of infiltration, e.g., the nails, screws, etc.securing the ledger board. With heavy rain, often hitting the housesideways due to heavy winds, water could be introduced almost anywherealong the sides of a house, with the siding handling most of it. Withoutthe water proofing aspects of the instant invention, water could collector pool around a deck 740 and eventually enter a house. The modularityand water proofing properties of the present invention overcome theproblems of the prior art construction protocols and techniques. Inthese more extreme circumstances, it should be understood that morelayering can be applied to better protect against water entry.

It should be understood that the configuration of the present inventionmay be sized to fit the structure being abutted, i.e., just the deck740, covering the ledger board 620 only there, or, as depicted, with alarger ledger board 620 extending further for support, the inventionextending over all of the ledger board 620 instead of just a part. Itshould also be understood that siding 735 may extend over the portionsof the invention covering the areas of the ledger board 620 not in use,i.e., to the left of the deck 740 in the figures, providing furthermechanical protections.

With reference now to FIG. 8 of the Drawings, there is illustrated anexemplary usage of the present invention, generally designated by thereference numeral 800, after further deployments from that shown inFIGS. 6 and 7. As shown, the present invention in this embodiment isfully deployed along an exterior wall of a house to support the deckstructure 740. The house sheathing 625, covered elsewhere by theaforementioned building wrap 730 and the siding 735, has the ledgerboard 620 secured thereto, with the various components of the instantinvention interconnected and conjoined thereon, providing coverage overthe entire ledge board 620 now underneath and protected from theelements. As shown, two center shields 100 have a joiner 300 over top ofthe conjoining. An end cap 200 is also shown securing the end of theledger board 620. It should, of course, be understood that a second endcap 200 is preferably deployed at the other end of the ledger board 620.

The deck 740 is shown secured to the rightmost center shield 100,particularly secured to the more secured ledger board 620 underneath. Asshown, a lip of the deck 740 may extend out and be supported by the sideportion 110 of the center shield 100, actually the top portion of theledger board 620 underneath. Additional securing means, such asgenerally designated by the reference numeral 845, provide morestability, affixing the deck 740 to the ledger board 620. Of course, fora deck 740 or other external structure, they are usually supportedindependently of the house or building. The ledger board 620 is thusprimarily used to provide the necessary structural support for theinterconnection only.

In the embodiments of the present invention, it should be understood toone of skill in the art that the principles herein apply to anintegrated ledger board, and/or porch flashing, and/or roof-to-wall,and/or balcony flashing systems.

With reference now to FIG. 9 of the Drawings, there is shown anembodiment of the present invention, generally designated by thereference numeral 900, using almost all of the components describedhereinabove in FIGS. 1-5 in another configuration, further illustratingthe flexibility of the present invention. For example, deck constructionoften requires handling curves, such as inside and outside edges in awraparound deck. Providing support structures across these junctures,which although mostly at right angles, need not be exactly 90 degreesbut almost any angles, requires a combination of the aforesaidcomponents. For example, 89 degrees and 91 degrees can be used invarious instances. Indeed, the flexibility of the present invention,where the components are made of flexible material, means that anysurfaces at any angles can be covered with the improved flashingconstructs of the present invention.

As depicted, the interconnected configuration shown has two end caps200, three center shields, an inside corner 400 and an outside corner500, the entire configuration wrapping around walls, and providingprotections to support members. As illustrated hereinabove, all of thesecomponents may cover ledger boards 620 or other structural members,supplying support to an attached deck or other structure, providingmechanical protection and, due to the waterproofing membranes, waterprotection as well. In deployment, the various components are secured asdescribed above.

The above embodiments are illustrative of various ways to deploy thepresent invention. There are, of course, numerous other areas thatrequire protection from the elements, and where construction can deploythe instant invention to provide that protection. Scaled configurationsof the modular components can be employed to protect other structuralmembers in the same or similar manner as described hereinabove.

For example, the principles of the present invention can be scaled tohandle fascia boards or shields, rake shields, freeze shields, trimshields, window shields, door shields, cornice or corner trim, cornerposts, column posts, and other situations. Although each of thesesituations have different circumstances, the principles of the presentinvention can be readily adapted for each application, as shownhereinbelow.

With reference now to FIG. 10 of the Drawings, there is shown anotherillustrative embodiment of the present invention, generally designatedby the reference numeral 1000, illustrating another use of the inventionin another circumstance where errant water needs to be interdicted.

Shown in FIG. 10 is a silhouette of a house, particularly the upper partof the house along the roofline above the exterior walls, along theeave. Attached to the side of the house roof area is a gutter, generallydesignated by the reference numeral 1050. Also shown is a support forthe gutter 1050, generally designated by the reference numeral 1052,which in this embodiment is a bolt or screw extending from the gutter1050 and piercing the roof wall. As is readily apparent, gutters 1050extend along an edge of the roof and can be lengthy, requiring manysupports 1052 along the way. Each of these piercings provides an avenuefor water to enter the roof, e.g., in a driving rain.

The roof itself is protected by a number of shingles, including a startshingle 1055, a first course shingle 1056 atop the start shingle 1055,and a number of other shingles 1057 atop both of these initial shingles.Also shown is a soffit, generally designated by the reference numeral1060, which most often refers to the material forming a ceiling from thetop of an exterior house wall to the outer edge of the roof, i.e.,bridging the gap between a home's siding and the roofline, otherwiseknown as the eaves. Also shown is an eave drip edge, generallydesignated by the reference numeral 1065, which steers water from theshingles to the gutter 1050. Underneath the aforesaid shingles 1055-1057is a winterguard layer, generally designated by the reference numeral1070, which extends across the roof fascia, generally designated by thereference numeral 1075, over the side of the roof and down to the levelof the soffit 1060, providing winterizing, as is understood in the art.

As shown in FIG. 10, the fascia 1075 extends across to the edge of theroof, and connects or rests on a roof wall component, generallydesignated by the reference numeral 1080, through which the aforesaidsupports 1052 pierce. The roof wall 1080 provides the needed support forthe gutter 1050 along the entire roof edge. Many such roof walls 1080provide support for all of the gutters 1050 around a house.

Just as a deck may compromise the adjoining house wall, as describedhereinabove, the gutters 1050 with the supports 1052 compromise theintegrity of the roof interior by virtue of the piercings. Other dangersare present in this embodiment, for example, gutters 1050 overflow andpresent additional hazards from water penetration. As such, thewater-interdicting principles of the present invention apply, and ascaled version of the invention is deployed along the roof wall 1080,thereby providing additional support for the gutter 1050 and betterwaterproofing the entire roof wall 1080.

With further reference to FIG. 10, the construct of the presentinvention is shown, in profile, deployed on the roof wall 1080, andgenerally designated by the reference numeral 1085. As shown anddescribed hereinabove, the construct 1085 resembles the construct shownin FIG. 8, and are deployed in the same way, i.e., interconnecting thecomponents to envelope the structures prone to damage and leaking. Asdiscussed, some or all of the surfaces of the construct 1085 may becovered with the waterproofing material, e.g., both sides may havewaterproofing, i.e., the side affixed to the roof wall 1080 and theopposite external side.

As discussed, there are numerous contexts where the principles of thepresent invention can provide better support and waterproofing. Only afew of these contexts have been named and shown. Nonetheless, it isunderstood to one of skill in the art how to adapt the principles of thepresent invention to these other contexts and circumstances. One ofskill in the art of construction would readily be able to employ theinterconnecting modules in appropriate dimensions for the varioususages, and apply the waterproofing as well, whether beforehand oronsite.

It should also be understood that the various components may beincorporated off-site into one contiguous piece, and/or component piecesystems individually created, which are then assembled as one contiguouspiece onsite, and/or as individual pieces that are assembled in whole orpartial components to create an improved flashing system. It should, ofcourse, be understood that these component parts, along withinstructions, may be sold as a kit. For example, a kit of componentscould include a variety of center shields 100, end caps 200, joiners300, inside corners 400 and outside corners 500 in various amounts.e.g., 5 center shields, 3 end caps, 2 joiners and 1 each of the insidecorner and outside corner. Included can be sheets of the waterproofingmaterial, which can be cut to size and applied as needed. As mentioned,a set of instructions can accompany the kit. In view of the generalpurpose and great variety of applications of the present invention, avariety of such kits can be offered for the great variety ofapplications and sizes needed, e.g., decks, doors, windows, eaves, etc.where the components are sized for the application and sold accordingly.

As discussed, in addition to the modularity of the components, there isthe water proofing aspect of the present invention, described in moredetail hereinbelow. FIGS. 1-10 are representative of a preferred usageof layered waterproof membranes and materials in a two-sided embodiment,forming a plurality of layers as the interconnected components overlapeach other, e.g., perhaps by 4 or more inches, each component having awaterproofing layer applied the surfaces of the component, theseoverlapping waterproofing surfaces forming layers. For example, all ofthe surfaces that will be in contact with the ledger board 620 and thehouse sheathing, include waterproofing membranes. For example, in FIG.1, the underside surfaces (not shown) could all be covered by theaforesaid waterproofing membranes, such as in the embodiments shown inFIGS. 1-8. It should, of course, be understood that all of the surfacescould be so covered with waterproofing membranes.

The center shield 100, end cap 200, joiner 300, inside corner 400 andoutside corner 500 components can be made of a variety of materials.Possible materials include Polyvinyl chloride (PVC), Acrylonitrilebutadiene styrene (ABS) and other thermoplastic polymers, polypropyleneresins, and metals, particularly stainless steel and copper.

The sizes and dimensions of the components are variable, e.g., fromabout ½ or 1 inch to about 200 feet or more, e.g., with ranges fromabout 1 inch to about 200 feet, about 6 inches to about 100 feet, about1 foot to about 100 feet, about 1 foot to about 50 feet, about 1 foot toabout 25 feet, about 1 foot to about 10 feet, about 6 inches to about 5feet, about 4 inches to about 4 feet, about 3 inches to about 3 feet,about 2 inches to about 2 feet, about 1 inch to about 1 foot, about ½inch to about 1 foot, about ½ inch to about 6 inches, about ½ inch toabout 4 inches, about ½ inch to about 3 inches, about ½ inch to about 2inches, and about ½ inch to about 1 inch.

The above dimensions are in height, length or depth, with anycombination thereof. For example, for depth or thickness, multiple bendscan create configurations of great depth. In any event, the dimensionsin either length, width and or depth vary as various profiles anddimensions are used. For the end cap, for example, sizes and dimensionspreferably vary from about ½ or about 1 inch to about 40 feet.

In the above embodiments, a given waterproofing membrane preferably hasa thickness from about 0.3 to about 0.83 inches, and, as discussedhereinabove and hereinbelow, may have several distinct layers applied,e.g., a layer applied atop another layer, such as when the first onedries, then the other layer is applied, and so on. As discussed, thelayering principle is amplified due to the components overlapping.

The aforementioned waterproofing material is preferably a bitumencoating, e.g., an oil based product that has elastic and adhesivequalities that enable it to adhere to multiple surfaces, and, whenpunctured, forms a sealing bond around the penetration area, therebypreventing moisture intrusion through the membrane.

A preferred waterproofing material is preferably applied in liquid form,and/or in a pre-formed condition with a removeable backer tape totemporarily protect the adhesive side of the product during shipping,and/or in installation, and/or in the manufacturing process. In thefield, for example, removable backer tape is removed and thewaterproofing membrane is then attached directly to the contactingsurfaces required, e.g., during manufacturing process and/or an onsiteinstallation coating the components as they are used. The waterproofingmaterial may also be factory installed. Alternatively, the coating maybe installed via a peel and stick, e.g., on site a number of peel andstick panels may be used to cover the components, with an adhesive suchas a self-sealing membrane deployed in the field. Instead of individualpieces being premade, the waterproofing material can be cut from a largeroll or sprayed onto the surfaces. As noted, more than 1 layer may beapplied, and 2-4 layers may be used in process to ensure sealability,e.g., 3 coatings are applied.

The previous descriptions are of preferred embodiments for implementingthe invention, and the scope of the invention should not necessarily belimited by these descriptions. It should be understood that allarticles, references and citations recited herein are expresslyincorporated by reference in their entirety. The scope of the currentinvention is defined by the following claims.

What is claimed is:
 1. A flashing kit comprising: at least one centershield; at least one end cap; at least one joiner; at least one insidecorner; at least one outside corner; a waterproofing material forapplication to at least one surface of said at least one center shield,said at least one end cap, said at least one joiner, said at least oneinside corner or said at least one outside corner, whereby saidwaterproofing material forms a watertight seal preventing water fromentering into a structure, and wherein said at least one center shield,said at least one end cap, said at least one joiner, said at least oneinside corner and said at least one outside corner are modularcomponents configured to interconnect; and at least one instruction. 2.A flashing kit according to claim 1 wherein said at least one centershield is configured to have a cavity therein to receive and cover aledger board secured to a wall of a structure.
 3. A flashing kitaccording to claim 2 wherein said at least one end cap is configured tohave a cavity therein to receive and cover an end of said ledger board.4. The flashing kit according to claim 2, wherein said ledger board isaffixed to a wall selected from the group consisting of deck boards,fascia boards or shields, rake shields, freeze shields, trim shields,window shields, door shields, cornice or corner trim, corner posts,column posts, and combinations thereof.
 5. The flashing kit according toclaim 1, wherein said at least one joiner is configured to cover a seambetween components of said flashing kit.
 6. The flashing kit accordingto claim 1, wherein each of said at least one inside corner isconfigured to have two cavities therein to receive and cover endportions of respective ledger boards.
 7. The flashing kit according toclaim 1, wherein each of said at least one outside corner is configuredto have two cavities therein to receive and cover end portions ofrespective ledger boards.
 8. The flashing kit according to claim 1,wherein two or more of said at least one center shield, said at leastone end cap, said at least one joinder, said at least one inside cornerand said at least one outside corner are conjoined during installationof said flashing system.
 9. The flashing kit according to claim 1,wherein two or more of said at least one center shield, said at leastone end cap, said at least one joinder, said at least one inside cornerand said at least one outside corner are conjoined during manufactureand installed as a unitary component during installation.
 10. Theflashing kit according to claim 1, wherein said at least one centershield, said at least one end cap, said at least one joinder, said atleast one inside corner and said at least one outside corner are madeout of material selected from the group consisting of polyvinyl chloride(PVC), Acrylonitrile butadiene styrene (ABS), a thermoplastic polymer,polypropylene resins, stainless steel, copper and combinations thereof.11. The flashing kit according to claim 1, wherein said waterproofingmaterial covers all surfaces of said at least one center shield.
 12. Theflashing system according to claim 1, wherein said waterproofingmaterial covers all surfaces of said at least one end cap.
 13. Theflashing kit according to claim 1, wherein said waterproofing materialcovers all surfaces of said at least one joinder.
 14. The flashing kitaccording to claim 1, wherein said waterproofing material covers allsurfaces of said at least one inside corner.
 15. The flashing kitaccording to claim 1, wherein said waterproofing material covers allsurfaces of said at least one outside corner.
 16. The flashing kitaccording to claim 1, wherein said waterproofing material is a liquid,wherein at least one layer of said liquid is placed on at least onesurface of one or more of said at least one center shield, said at leastone end cap, said at least one joinder, said at least one inside cornerand said at least one outside corner.
 17. The flashing kit according toclaim 16, wherein said liquid is a bitumen.
 18. The flashing kitaccording to claim 16, wherein a plurality of layers of said liquid areplaced on at least one surface of one or more of said at least onecenter shield, said at least one end cap, said at least one joinder,said at least one inside corner and said at least one outside corner.19. The flashing kit according to claim 1, wherein said at least onelayer of said waterproofing material has a thickness between about 0.3inches and about 0.83 inches.
 20. The flashing kit according to claim 1,wherein said waterproofing material is a peel, wherein said peel has anadhesive side, said adhesive side placed on at least one surface of oneor more of said at least one center shield, said at least one end cap,said at least one joinder, said at least one inside corner and said atleast one outside corner.
 21. The flashing kit according to claim 19,wherein a plurality of peels are placed on at least one surface of oneor more of said at least one center shield, said at least one end cap,said at least one joinder, said at least one inside corner and said atleast one outside corner.
 22. The flashing kit according to claim 1,wherein each of said at least one center shield, said at least one endcap, said at least one joinder, said at least one inside corner and saidat least one outside corner has length and width dimensions selectedfrom the group consisting of about 1 inch to about 200 feet, about 6inches to about 100 feet, about 1 foot to about 100 feet, about 1 footto about 50 feet, about 1 foot to about 25 feet, about 1 foot to about10 feet, about 6 inches to about 5 feet, about 4 inches to about 4 feet,about 3 inches to about 3 feet, about 2 inches to about 2 feet, about 1inch to about 1 foot, about ½ inch to about 1 foot, about ½ inch toabout 6 inches, about ½ inch to about 4 inches, about ½ inch to about 3inches, about ½ inch to about 2 inches, and about ½ inch to about 1inch, and combinations thereof.
 23. A method for applying flashing to astructure comprising: assembling a plurality of modular components intoa configuration that covers a portion of said structure, wherein saidmodular components are selected from the group consisting of at leastone center shield, at least one end cap, at least one joiner, at leastone inside corner, at least one outside corner, and combinationsthereof, and applying a waterproofing material to at least one surfaceof said at least one center shield, said at least one end cap, said atleast one joiner, said at least one inside corner or said at least oneoutside corner.